Austin Sensing Company
Develops full airspace-sensing stacks for counter-drone systems, including RF detection, radar, and acoustic sensors.
Website: https://www.austinsensing.com/
Cover Block
From the public record
| Field | Value |
|---|---|
| Name | Austin Sensing Company |
| Tagline | Develops full airspace-sensing stacks for counter-drone systems, including RF detection, radar, and acoustic sensors [Tectonic, October 2026] |
| Headquarters | Austin, United States |
| Founded | 2025 [Tectonic, October 2026] |
| Stage | Seed [Tectonic, October 2026] |
| Business Model | Hardware + Software |
| Industry | Defense / Govtech |
| Technology | Hardware |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2), Tucker Dordevic and Isaac Duke [Tectonic, October 2026] |
| Funding Label | $10M+ |
| Total Disclosed Funding | $15,000,000 [Tectonic, October 2026] |
Links
From the public record
- Website: https://www.austinsensing.com/
- X / Twitter: https://x.com/TuckerDordevic/status/2110721523623358752
The Short Version
PUBLIC Austin Sensing Company is building a full counter-drone sensing stack, and it merits attention because it emerged from stealth in October 2026 with $15 million in disclosed funding, an initial RF product already deployed with more than 40 public-safety departments, and early military usage, all unusually concrete signals for a company founded in 2025 [Tectonic, October 2026] [Venture Capital Update, October 2026]. The company was started by Tucker Dordevic and Isaac Duke after the two connected in 2025 and began building ASC that year; public reporting identifies Dordevic as a former aerospace and defense banker and Duke as a former engineer at Saronic, which gives the team at least one relevant commercial lens and one relevant technical operator profile at inception [Tectonic, October 2026].
The product thesis is straightforward: ASC is trying to provide the sensing layer for counter-uncrewed-aircraft systems through RF detection, radar, acoustic sensing, and command-and-control software, with the first RF detection system launched in summer 2026 and radar and acoustic products still in development and live testing [Tectonic, October 2026]. The reported differentiation rests on integration rather than a single sensor modality, and local coverage says the software is designed to work with platforms including Anduril's Lattice and Palantir's Maven, though that should be read as compatibility rather than a confirmed commercial partnership [SiliconHills, October 2026].
On financing, the company has disclosed a roughly $4 million pre-seed in 2025 and an $11 million seed in 2026 led by Bow Capital, with participation from investors including Bling Capital, Draper Associates, Mark VC, GTMfund, Ensemble VC, ATX Venture Partners, Virta Ventures, Outlander Labs, and Uncork Capital [Tectonic, October 2026]. The model appears to be hardware plus software, and the current operating posture looks manufacturing-forward: Tectonic reported that ASC is expanding production in a new 20,000-square-foot Austin factory, while third-party job boards show active hiring across field testing, embedded systems, FPGA, electronics design, and finance functions [Tectonic, October 2026] [Glassdoor, retrieved 2026] [Indeed, retrieved 2026].
Over the next 12 to 18 months, the main watchpoints are whether ASC can convert its early RF wedge into repeatable multi-product deployments, whether radar and acoustic systems move from testing into production-grade field use, and whether public-safety traction translates into durable defense and infrastructure programs without stretching a young manufacturing base too quickly [Tectonic, October 2026] [SiliconHills, October 2026]. The setup is promising, but the evidence base is still narrow and concentrated in launch-period coverage, so the next phase needs independent proof on product maturity, procurement depth, and deployment economics [Tectonic, October 2026] [Venture Capital Update, October 2026].
Single-source, plausible -- Section relies primarily on Tectonic's October 2026 reporting, with partial corroboration from Venture Capital Update, SiliconHills, job boards, and founder-linked public profiles.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Defense / Govtech |
| Technology Type | Hardware |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding | $10M+ (total disclosed ~$15,000,000) |
The Company in Brief
PUBLIC
Austin Sensing Company appears to be moving unusually quickly for a business founded in 2025, which matters because the public record is still thin but the early operating footprint is not. The company says it is based in Austin, and its website presents the business as an airspace-awareness and threat-detection company focused on sensing technology for counter-drone use cases [Austin Sensing Co., retrieved 2026]. A Texas business listing also points to an Austin Sensing Company legal entity in Texas, though the available filing detail is limited in the materials reviewed here [Bizapedia].
The founding timeline is relatively clear from company and founder materials. Isaac Duke is identified on the company website as the key inventor behind the sensing technology, while public founder profiles identify Tucker Dordevic as co-founder and CEO and Duke as co-founder and CTO [Austin Sensing Co., retrieved 2026] [LinkedIn, retrieved 2026]. Public reporting and founder profiles indicate Dordevic and Duke began building the company in 2025, which aligns with the stated founding year used across the available source set [LinkedIn, retrieved 2026].
The early milestones, on the sources permitted for this section, show a company that progressed from formation to public launch within roughly a year. The website positions Austin Sensing Company around airspace awareness and threat detection as its core mission [Austin Sensing Co., retrieved 2026]. By 2026, third-party founder profile activity shows Dordevic already holding the CEO role at Austin Sensing Company, which at minimum corroborates that the company was operating publicly enough to leave a founder-employment trail by that point [LinkedIn, retrieved 2026].
Single-source, plausible -- Confirmed in part by Austin Sensing Co. website and LinkedIn, with limited legal-entity support from Bizapedia.
What They Have Built
What They Have Built
MIXED Austin Sensing Company is positioning itself as a sensing-layer supplier for counter-drone systems, and the public record is unusually clear on the contours of that stack even if it is still early on shipped product breadth. The company says it is developing a full airspace-sensing suite spanning radio-frequency detection, radar, acoustic sensing, and command-and-control software for counter-uncrewed-aircraft systems [Tectonic, October 2026]. The initial commercial wedge is narrower: an RF detection system that launched in summer 2026 [PUBLIC] [Tectonic, October 2026]. Reporting from SiliconHills adds two useful details that appear directionally consistent but are less broadly corroborated, namely a deployable tower that combines RF, radar, and acoustic sensors [PUBLIC] [SiliconHills, October 2026], and command-and-control software designed to work with platforms including Anduril's Lattice and Palantir's Maven [PUBLIC] [SiliconHills, October 2026]. Those compatibility claims read as integration intent rather than confirmed commercial partnerships [SiliconHills, October 2026].
The technical build-out implied by public hiring is consistent with a company trying to control more of the sensing stack in-house, though the architecture details remain largely undisclosed. Third-party job listings reference roles in FPGA, embedded systems, electronics hardware design, and field test and validation [PUBLIC] [Indeed, retrieved 2026] [Glassdoor, retrieved 2026] [SimplyHired, retrieved 2026]. That mix suggests meaningful hardware, signal-processing, and deployment work rather than a software-only product surface (inferred from job postings) [Indeed, retrieved 2026] [Glassdoor, retrieved 2026] [SimplyHired, retrieved 2026]. The company website also describes co-founder Isaac Duke as the key inventor behind ASC's sensing technology, which supports the view that at least part of the system is being built as proprietary sensor and software IP, although that inventor framing is company-originated and should be treated accordingly [Austin Sensing Co.].
Single-source, plausible -- Core product scope is supported by Tectonic, with partial corroboration from SiliconHills and company hiring pages. Integration details and some technical inferences rely on single-source reporting or inference from job postings.
Market Size and Demand
PUBLIC
The market matters now because counter-uncrewed-aircraft demand is moving from a niche defense procurement line into a broader sensing problem for public safety, base security, and critical infrastructure, while low-cost drones keep expanding faster than most operators' ability to detect them [Tectonic, October 2026].
Austin Sensing Company is selling into that sensing gap rather than into the full interception stack [Tectonic, October 2026]. The public record here is narrow but still useful: Tectonic reports more than 40 police and fire department deployments across Florida, California, Oregon, and New York, plus a "handful" of military-unit deployments, which indicates demand across both civil and defense settings at an unusually early stage for a 2025-founded company [Tectonic, October 2026]. That matters because counter-drone budgets have often been discussed through federal defense lenses, yet ASC's early footprint suggests the nearer commercial reality may be mixed procurement, with local agencies buying detection first and broader command-and-control integration coming later [Tectonic, October 2026; SiliconHills, October 2026].
There is no cited third-party TAM, SAM, or SOM figure in the available reporting specific to ASC or to the exact category of integrated counter-drone sensing [Tectonic, October 2026; SiliconHills, October 2026]. The more defensible read is qualitative: ASC appears to sit at the intersection of several adjacent budgets, including counter-UAS systems, perimeter and site security sensing, public-safety situational awareness, and military force protection [Tectonic, October 2026; Glassdoor, retrieved 2026; SimplyHired, retrieved 2026]. That adjacency cuts both ways. It widens the list of plausible buyers, but it also means procurement logic can vary sharply by customer, with local departments likely prioritizing simple RF detection and military programs more likely to evaluate multi-sensor performance, integration, and survivability.
The demand drivers visible in the sources are practical rather than thematic. ASC launched an RF detection system in summer 2026, while radar and acoustic products remained in development and live testing at the time of its stealth exit, which suggests the company is responding to a market that will tolerate phased capability delivery if the initial detection product solves an immediate operational need [Tectonic, October 2026]. SiliconHills also reports that ASC's command-and-control software is designed to work with platforms including Anduril's Lattice and Palantir's Maven, a detail that points to another tailwind in the category: customers increasingly want sensing vendors to plug into existing operational software rather than force a full-stack rip-and-replace [SiliconHills, October 2026].
The nearest substitute markets are not perfect competitors so much as adjacent approaches to the same problem. An operator can attempt drone awareness through RF-only detection, radar-led airspace monitoring, acoustic sensing, broader physical-security systems, or software layers that aggregate third-party sensor feeds [Tectonic, October 2026; Dedrone, retrieved 2026]. ASC's stated bet is that the sensing layer itself remains underbuilt and should be sold as an integrated stack, including a deployable tower that combines RF, radar, and acoustic sensors, according to SiliconHills [SiliconHills, October 2026]. If that view is right, the company benefits from a category shift toward sensor fusion. If buyers continue to prefer best-of-breed components tied together by incumbent software, the market may prove more fragmented than the company's product architecture assumes.
The regulatory and macro backdrop also favors detection over more aggressive countermeasures. Public-safety agencies and critical-infrastructure operators often face tighter constraints around jamming, kinetic interdiction, and other active defeat measures than around monitoring and alerting, which makes sensing a more accessible procurement entry point in mixed civil-defense environments; the available ASC reporting supports the customer mix, though not the legal interpretation itself [Tectonic, October 2026; SiliconHills, October 2026]. At the same time, the defense-industrial shift toward domestic manufacturing and faster field deployment appears relevant here: ASC says it is expanding production in a new 20,000-square-foot Austin factory, a sign that supply readiness and hardware throughput may be part of the market requirement, not just product performance [Tectonic, October 2026].
| Market lens | Public evidence | Read-through for ASC |
|---|---|---|
| Counter-UAS sensing | ASC is building RF, radar, acoustic, and command-and-control products for counter-uncrewed-aircraft systems [Tectonic, October 2026] | Core category appears to be multi-sensor airspace awareness rather than effectors |
| Public-safety demand | More than 40 police and fire department deployments across four states [Tectonic, October 2026] | Early demand is not limited to federal defense buyers |
| Defense demand | Deployments with a "handful" of military units [Tectonic, October 2026] | Military interest is present, but scale and program depth are still unclear |
| Integration trend | Software designed to work with Anduril's Lattice and Palantir's Maven [SiliconHills, October 2026] | Category may favor interoperable sensing vendors over closed systems |
| Domestic hardware capacity | New 20,000-square-foot Austin factory [Tectonic, October 2026] | Manufacturing readiness may matter as much as software integration in this market |
The table points to a market that is easier to define by budget adjacency and operational urgency than by a clean published TAM. For ASC, the strongest public signal is not category size but evidence that multiple buyer classes already appear willing to test or deploy detection hardware before the full product family is mature [Tectonic, October 2026].
Single-source, plausible -- This section relies primarily on Tectonic's October 2026 reporting, with partial corroboration from SiliconHills and third-party job listings.
Who Else Is Fighting for This
Market map
MIXED Austin Sensing Company is positioning itself one layer below the best-known counter-drone system brands, with the bet centered on sensing infrastructure rather than a full interceptor or command platform stack [Tectonic, October 2026] [SiliconHills, October 2026].
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| Austin Sensing Company | Counter-drone sensing stack spanning RF detection, radar, acoustic sensing, and command-and-control software | Seed, $15M disclosed funding | Integrated sensing layer, with an RF product already launched and broader multi-sensor stack still in development | [Tectonic, October 2026] [SiliconHills, October 2026] |
| Dedrone | Counter-drone defense platform and detection system provider | Funding not included in the provided public source set | Established category presence in counter-drone defense solutions and systems | [Dedrone, retrieved 2026] |
The competitive map breaks into three practical segments. First are integrated counter-drone platforms, where Dedrone is the named public comp in the source set and where buyers often expect a system-level answer rather than a point sensor [Dedrone, retrieved 2026]. Second are sensing-layer specialists, where Austin Sensing Company is trying to establish itself by combining RF, radar, and acoustic inputs into one stack rather than selling only a single modality [Tectonic, October 2026] [SiliconHills, October 2026]. Third are adjacent command-and-control ecosystems, where ASC says its software is designed to work with platforms including Anduril's Lattice and Palantir's Maven, which suggests a partner posture rather than a direct attempt to replace those interfaces [SiliconHills, October 2026].
ASC's edge today looks narrow but real. The strongest public evidence is early field distribution: its RF detector is deployed with more than 40 police and fire departments across Florida, California, Oregon, and New York, and it also has deployments with a handful of military units [Tectonic, October 2026]. For a company founded in 2025 and emerging from stealth in October 2026, that is a meaningful signal that the product can clear at least an initial procurement and operational test with public-sector users [Tectonic, October 2026]. The edge is still perishable, though, because the installed base cited publicly attaches to the RF product launched in summer 2026, while the radar and acoustic pieces remain in development and live testing, so the full-stack claim has not yet been proven at the same scale [Tectonic, October 2026].
The exposure is also clear. Dedrone's specific advantage, based on the limited public source set here, is category recognition as a counter-drone defense systems provider rather than a newly launched sensing entrant [Dedrone, retrieved 2026]. That matters because larger defense, critical infrastructure, and public-safety buyers often prefer fewer integration steps, and ASC's stated interoperability with external platforms such as Lattice and Maven cuts both ways: it can make ASC easier to adopt, but it also leaves the company outside the primary operator interface and vulnerable to being treated as a component supplier if prime platforms deepen their own sensing capabilities [SiliconHills, October 2026].
The most plausible 18-month scenario is a bifurcated one. Austin Sensing Company is the likely winner if public-safety and defense buyers keep rewarding modular, interoperable sensing vendors that can plug into existing command systems, especially if the company converts its RF foothold into repeat purchases for radar, acoustic, or the deployable tower now reported to be in development [Tectonic, October 2026] [SiliconHills, October 2026]. ASC is the more likely loser if procurement shifts toward single-vendor platforms with bundled sensing, software, and response layers, because in that case a recognized system brand such as Dedrone would hold the cleaner procurement story and stronger position in the operator workflow [Dedrone, retrieved 2026].
Single-source, plausible -- This section relies on one independent source for the named competitor and two public reports for ASC positioning and traction; several comparative inferences are analytical rather than directly reported.
Opportunity
Upside Case
PUBLIC The prize here is not simply selling another sensor, it is becoming a standard sensing layer for domestic counter-drone operations at a moment when public-safety and defense buyers are still assembling fragmented systems [Tectonic, October 2026] [Dedrone, retrieved 2026].
The headline opportunity is straightforward: Austin Sensing Company could become the independent airspace-awareness stack that sits underneath a meaningful share of U.S. public-safety, defense, and critical-infrastructure counter-UAS deployments if it turns an early RF foothold into a broader multi-sensor platform [Tectonic, October 2026] [SiliconHills, October 2026]. That outcome is still early, but it is not purely aspirational. The company says its RF detector is already deployed with more than 40 police and fire departments across four states, has a handful of military-unit deployments, and is expanding production into a new 20,000-square-foot Austin factory, all within the same year it launched its initial product [Tectonic, October 2026]. In practical terms, that means ASC has at least some evidence of buyer pull, field use, and manufacturing intent before its radar and acoustic roadmap is fully in market [Tectonic, October 2026].
A second reason the upside is credible is architectural rather than commercial. The available reporting describes ASC as building RF detection, radar, acoustic sensing, and command-and-control software, with software designed to work with platforms including Anduril's Lattice and Palantir's Maven [Tectonic, October 2026] [SiliconHills, October 2026]. If that compatibility proves real in production, ASC does not need to own the entire kill chain to matter. It can instead become the sensing and orchestration layer that improves other defense and public-safety systems, which is often a faster route into the market than trying to displace incumbent command platforms outright [SiliconHills, October 2026].
The upside can be framed through a few concrete paths rather than a single monolithic bet:
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Public-safety standardization | ASC's RF product becomes a repeat-buy system for municipal police and fire agencies, then pulls through radar, acoustic, and software modules into broader agency deployments | A proven reference base from the 40-plus public-safety deployments and successful field validation of the wider stack [Tectonic, October 2026] | The company already reports deployments with more than 40 police and fire departments across Florida, California, Oregon, and New York, which suggests it has crossed from lab work into operational procurement [Tectonic, October 2026] |
| Sensor layer for defense platforms | ASC becomes a preferred third-party sensing stack that plugs into larger defense software and counter-UAS ecosystems | Demonstrated interoperability with systems such as Anduril's Lattice and Palantir's Maven, plus successful military tests [SiliconHills, October 2026] [Tectonic, October 2026] | Reporting says the command-and-control software is designed to work with those platforms, and the company already has deployments with a handful of military units [SiliconHills, October 2026] [Tectonic, October 2026] |
| Integrated tower expansion | ASC ships a deployable multi-sensor tower and moves from single-product RF sales to full-site airspace infrastructure contracts | Live testing of radar and acoustic products and commercialization of the combined tower architecture [Tectonic, October 2026] [SiliconHills, October 2026] | The roadmap already includes radar and acoustic systems in live testing, and SiliconHills reported a deployable tower that combines RF, radar, and acoustic sensors [Tectonic, October 2026] [SiliconHills, October 2026] |
The compounding mechanism, if it develops, would come from three layers reinforcing each other. First, each RF deployment creates a field-distribution foothold with agencies and units that may later buy radar, acoustic, or software as requirements broaden [Tectonic, October 2026]. Second, a larger installed base should improve product credibility in a category where tested performance matters more than slideware, especially if military and public-safety references continue to accumulate [Tectonic, October 2026]. Third, manufacturing scale from the new Austin facility could tighten delivery times and support a broader hardware roadmap, which matters in defense and government settings where procurement can widen quickly once a vendor is approved [Tectonic, October 2026]. This is not a classic consumer network effect, but it can still compound through installed-base trust, cross-sell, and integration into higher-level command systems [SiliconHills, October 2026].
Sizing the win is harder because the source set here does not provide a third-party market map or a close public comparable with directly cited valuation data. Even so, the strategic outline is visible. If ASC becomes an embedded sensing supplier across public safety and selected defense programs, rather than a point-product RF vendor, the business could plausibly support infrastructure-style value because it would sit at the front end of detection across multiple workflows [Tectonic, October 2026] [SiliconHills, October 2026]. A practical way to frame it is this: if the integrated-tower or platform-sensor-layer scenarios play out, the company could grow into an outcome measured less like a niche hardware maker and more like a systems platform for domestic airspace awareness, which would materially widen the set of potential acquirers and financing options (scenario, not a forecast) [Dedrone, retrieved 2026] [Tectonic, October 2026]. The evidence is still early and mostly press-based, but the shape of the upside is more coherent than it is for many pre-scale defense startups because there is already some deployment evidence, a visible product expansion path, and an explicit attempt to interoperate with larger command ecosystems [Tectonic, October 2026] [SiliconHills, October 2026].
Single-source, plausible -- This section relies primarily on Tectonic's October 2026 reporting, with partial corroboration from SiliconHills and product-category context from Dedrone; the upside framing and scenario sizing are analytical rather than observed results.
Sources
From the public record
[Tectonic, October 2026] Exclusive: Austin Sensing Company Emerges with $15M in Funding | https://www.tectonicdefense.com/exclusive-austin-sensing-company-emerges-with-15m-in-funding/
[Venture Capital Update, October 2026] Austin Sensing Company Emerges With $15M, Including an $11M Seed Led by Bow Capital, to Build Counter-Drone Sensing | https://vcup.date/2026/10/15/austin-sensing-company-emerges-with-15m-including-an-11m-seed-led-by-bow-capital-to-build-counter-drone-sensing/
[SiliconHills, October 2026] Silicon Hills News Daily Roundup | Friday, Oct. 16, 2026 | https://www.siliconhillsnews.com/2026/10/16/silicon-hills-news-daily-roundup-friday-oct-16-2026/
[Glassdoor, retrieved 2026] Austin Sensing Company hiring Embedded Systems Engineer Job in Austin, TX | Glassdoor | https://www.glassdoor.com/job-listing/jv?jl=1010296225651
[Indeed, retrieved 2026] Now Hiring: 50 Austin Sensing Company Jobs in Austin, TX | Indeed | https://www.indeed.com/q-austin-sensing-company-l-austin,-tx-jobs.html
[Austin Sensing Co., retrieved 2026] Austin Sensing Co. | Airspace Awareness & Threat Detection | https://www.austinsensing.com/
[LinkedIn, retrieved 2026] Isaac Duke | Austin, Texas, United States | Professional Profile | LinkedIn | https://www.linkedin.com/in/isaac-duke-749522129/
[SimplyHired, retrieved 2026] Operations Assistant - Austin Sensing Company | Austin, TX | https://www.simplyhired.com/job/s_WA9PZjGXiIZljDk6Q3oNXsQHLkGVq1R93cIYi2OxKJkQ8eorb2zg
[Dedrone, retrieved 2026] Dedrone: Counter-Drone Defense Solutions & Systems | https://www.dedrone.com/
Articles about Austin Sensing Company
- Austin Sensing Company Emerges With a Full Airspace Stack — The Austin-based startup, which just emerged from stealth, is building a multi-sensor stack to give defense and public safety agencies a clearer picture of the sky.